Mo Du Lo is the Car You Can Take Apart and Customize
Rose Nazarali — January 21, 2010 — Autos
References: automotto.org & notcot.org
Mo Du Lo is a concept vehicle that comes in three parts that you can attach or detach as you please.
The Mo aspect is a single-person bicycle. The user sits in the wheel of the vehicle and peddles to their destination. Du is a four-wheeled motorized vehicle that also has two Mos attached and uses electric batteries for power. Lo is a train-like concept that attaches several Mos and Dus together to create a multi-vehicle car that can hold a multitude of passengers.
The Mo aspect is a single-person bicycle. The user sits in the wheel of the vehicle and peddles to their destination. Du is a four-wheeled motorized vehicle that also has two Mos attached and uses electric batteries for power. Lo is a train-like concept that attaches several Mos and Dus together to create a multi-vehicle car that can hold a multitude of passengers.
Trend Themes
-
Modular Vehicles — The concept of modular vehicles can offer innovative and customizable solutions within the transportation industry.
-
Multifunctional Designs — Multifunctional vehicle designs have the potential to create new markets and cater to a broader range of consumers.
-
Sustainable Transportation — The use of electric batteries in Mo Du Lo's design shows a shift towards environmentally-friendly transportation within the automotive industry.
Industry Implications
-
Automotive Industry — The modular and multifunctional design of vehicles can disrupt traditional automotive manufacturing and offer new business opportunities.
-
Transportation Industry — The utilization of sustainable transportation solutions, like electric batteries, can disrupt traditional transportation models and offer new business opportunities.
-
Smart Cities Industry — Multifunctional and sustainable transportation options can complement the development of smart cities and offer new business opportunities within this emerging industry.
4.2
Score
Popularity
Activity
Freshness